What is die casting parts in automobile?
Automotive metal die castings refer to automotive parts manufactured by metal die casting. Die casting is a manufacturing process in which molten metal is injected into a mold and formed under high pressure. TORICH can produce parts with high dimensional accuracy, good surface finish, good corrosion resistance, good heat resistance, and high tensile strength.
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What Are Die Casting Parts In Automobile?
The die casting automotive parts produced by TORICH are lightweight, durable, and highly accurate in size, and are widely used in various fields of automobiles.
1. TORICH’s engine parts are made of aluminum alloy and then formed by gravity die casting, which can greatly reduce the probability of pores.
2. TORICH’s automobile frame adopts an integrated die casting process, which greatly enhances the strength.
What metals can be used in die casting automotive parts
Automotive metal die castings can use a variety of metal materials, each of which has its own unique characteristics and advantages
1 Aluminum alloy die casting used by TORICH Light weight, high strength, etc. Widely used in engine parts, body structural parts, wheels, etc.
2 Magnesium alloy die casting used by TORICH Good shock absorption performance and good thermal conductivity Widely used in body frames, engine hoods, gearbox housings, etc.
- Equipment
FAQ
The quality inspection methods for metal castings include appearance inspection, dimensional measurement, non-destructive testing (such as X-ray and ultrasonic testing), mechanical properties testing (such as tensile and hardness testing), etc.
The production cycle of metal castings depends on many factors, including the complexity of the casting, the production process, mold manufacturing time and production batch. Generally speaking, it may take from a few weeks to a few months from design to delivery of the final product.
Methods to improve the quality of metal castings include optimizing casting process parameters, using drawing-reviewed mold materials, strictly controlling the temperature and time during the casting process, and conducting sufficient quality testing and control.